SLG3GP170V

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The SLG3GP170V is a clock buffer, driver, and timing device, designed to provide a high-speed logic interface for clock signal conditioning and signal distribution. It is capable of driving a wide range of frequencies from kHz up to 167MHz and is capable of providing a high output current, up to 20mA. It can also provide adjustable skew, jitter, and duty cycle control.

The device offers two outputs, both of which can be configured as either a clock buffer or buffer/driver, depending on the application. The outputs are adjustable through programmable Output Control Register (OCR0 and OCR1). The clock buffer mode provides a high-speed output signal with minimal signal skew and low jitter, making it suitable for clock signal distribution, such as in XOR gate logic.

In buffer/driver mode, the SLG3GP170V can provide a high output current, up to 20mA, which enables it to drive high capacitive loads, such as long cables. This makes it ideal for signal distribution and signal integrity applications. The adjustable output control register allows for adjustable skew, jitter and duty cycle control.

The SLG3GP170V provides an additional programmable power save mode, allowing for dynamic power savings of up to 20%. This mode can be enabled by programming the control register bits, enabling the device to enter a low power state during periods of inactivity, reducing power consumption by up to 20%.

Overall, the SLG3GP170V is a high-performance clock buffer, driver, and timing device, designed for high-speed clock signal distribution, data transmission, and signal integrity applications. It can provide high output current when configured as a buffer/driver and low power consumption when configured in power save mode. It is suitable for a wide range of applications, such as embedded systems, time-division switching systems, and high-speed data transmission.

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